Abstract:
With the development of social economy, increasing importance has been attached to people's health consciousness. Exercise is widely regarded as the first step for health...Show MoreMetadata
Abstract:
With the development of social economy, increasing importance has been attached to people's health consciousness. Exercise is widely regarded as the first step for health maintenance. For reducing accidents like syncope and dehydration in exercise, researchers and consumers urgently need a user-friendly and reliable tool to assisted analysis the risks in exercise. Aiming at the prediction on the changes of physiological parameters during exercise, a user-friendly exercise simulation prediction platform which stems from the George Fu's transient and three-dimensional thermal theoretical framework is reported. This platform was divided into the preprocessing, numerical simulation and post-processing modules as well as employs client/server architecture. In this platform, the changes of the human body physiological indicators under different environment conditions, at different activity levels and with various clothing can be presented intuitively. This platform has more flexible operability by the means of user-friendly graphical user interface and can be used to simulate a variety of exercise scenes which can make up for the specify scenes cannot be measured experimentally in reality.
Date of Conference: 18-20 July 2017
Date Added to IEEE Xplore: 23 October 2017
ISBN Information: